Have you ever had to transition someone from a flip phone to a smartphone? Things you instinctively know how to do become obstacles. Fortunately, you can talk to a smartphone rather than just talking through it. With 3G heading into sunset, some cellphone users will need to upgrade to LTE or 5G before their phones…
IoT antennas cover all Wi-Fi frequency bands
The ANT-W63-MON series come in two styles, each with connector options.
Is 5G/Wi-Fi convergence coming?
Smooth transitions from 5G to Wi-Fi networks as you move seems obvious, but technology differences keep convergence from solidifying.
Mesh dish antennas reduce wind resistance
A series of four mesh dish antennas from KP Performance Antennas let the breeze pas through while covering low-gigahertz frequencies.
Dipole antennas connect outdoor equipment
A set of nine antennas from Linx Technologies cover 5G, LTE, Wi-Fi (through 6E), and other frequency bands.
Flexible connectivity lets IoT flourish
Designers have choices when it comes to creating new IoT designs, and connectivity choices will depend on the constraints of the design.
Bring Wi-Fi, Bluetooth, and 802.15.4 connectivity to devices
The IW612 from NXP lets you add three radios to IoT devices. Support for Matter provides a universal API.
IoT wireless modules shrink in size
Innophase Wi-Fi/Bluetooth modules get 40% size reduction.
BAW filters keep RF interference out
Qualcomm’s ultraBAW filters cover 2.7 GHz to 7.2 GHz, keeping cellular and Wi-Fi in place. Qualcomm explains how the filters work. Each time a government auctions off a slice of spectrum for cellular use, the airwaves get more crowded as users begin occupying the new frequencies. In the days when spectrum wasn’t so scarce, cellular…
VNAs increase frequency range to 20 GHz
Rohde & Schwarz extends upper frequency ranges on its ZNL and ZNLE vector network analyzers, expanding their upper end frequency to 20 GHz.